Solitaire Bi Color Fluorite Pendant 5.77 Ct., 18K White Gold

This pendant centers on a 5.77 carat emerald cut bi color fluorite, exhibiting precise step facets and a broad table that emphasize the stone's internal zoning and color transition. The cutting follows classical emerald cut geometry, with parallel facet rows on the crown and pavilion producing controlled light return and subtle flash rather than scintillation. The dimensions of the stone measure 11.19 x 9.00 x 6.30 mm, and the piece is graded included at eye level, indicating natural internal features that contribute character without dominating the visual plane. Color saturation is assessed as medium, allowing the bi color zoning to read distinctly in varied light conditions while maintaining transparency, and the gem has an excellent polish that maximizes the clarity of facet junctions and the smoothness of the table and step surfaces. Origin is China, and the combination of weight, cut, and finish results in a stable optical presence that sits comfortably as a focal point without excessive depth or crown height.

The mounting and metalwork are executed entirely in 14K white gold, with attention to tactile finish and wearer comfort. The pendant's exterior surfaces are highly polished to a satin free gloss, producing a mirror like sheen that contrasts with the internal texture of the fluorite, and the internal edges of the gallery and bail are burnished and rounded to ensure the piece rests smoothly against the skin. The setting geometry secures the emerald cut stone while keeping the profile low, reducing contact pressure on the neck and allowing the pendant to articulate naturally from a standard chain. Craftsmanship techniques include precise prong shaping and hand finalization of the bezel interfaces, ensuring that each contact point is even and that there are no sharp transitions. The overall result is a balance of technical gem cutting and refined metal finishing, presented by The Natural Gemstone Company as a piece that communicates clarity of design, fidelity to material properties, and a deliberate focus on comfort during extended wear.